This curriculum spans the design and execution of multi-workshop continuous improvement programs, covering the technical, cultural, and systemic dimensions of waste reduction seen in enterprise-wide Lean and Six Sigma deployments.
Module 1: Establishing the Foundation for Waste Reduction
- Selecting value streams for initial waste reduction efforts based on impact potential and organizational readiness
- Defining operational metrics for waste (e.g., cycle time, defect rate, inventory turns) aligned with business KPIs
- Securing cross-functional leadership alignment on waste definitions and improvement priorities
- Mapping current-state processes to identify non-value-added activities using standardized notation (e.g., VSM symbols)
- Deciding which waste categories (TIMWOODS) to target first based on baseline assessment findings
- Implementing a consistent data collection protocol across departments to ensure measurement reliability
Module 2: Value Stream Mapping and Process Analysis
- Conducting on-site observations to validate process steps and identify hidden delays or rework loops
- Calculating takt time and comparing it to cycle times to expose capacity imbalances
- Determining the level of detail required in a value stream map based on scope and stakeholder needs
- Integrating supplier and customer lead times into the value stream to assess end-to-end flow
- Using spaghetti diagrams to quantify physical movement waste in manufacturing or service environments
- Identifying handoff points between departments where information gaps or delays commonly occur
Module 3: Applying Lean Tools to Eliminate Waste
- Designing and implementing 5S programs with audit schedules tailored to specific work environments
- Configuring kanban systems for replenishment based on actual consumption and lead time data
- Redesigning work cells to minimize movement and transportation in production or transactional workflows
- Standardizing work instructions to reduce variation and over-processing in repetitive tasks
- Implementing single-minute exchange of die (SMED) techniques to reduce setup times in high-mix environments
- Deploying visual management boards that display real-time performance against targets
Module 4: Leveraging Six Sigma for Waste Reduction
- Using DMAIC to structure problem-solving efforts when variation contributes significantly to waste
- Conducting measurement system analysis (MSA) before collecting defect or cycle time data
- Selecting critical-to-quality (CTQ) characteristics that directly link to waste reduction goals
- Applying root cause analysis tools (e.g., fishbone, 5 Whys) to persistent quality defects causing rework
- Using process capability analysis to quantify baseline performance and set realistic improvement targets
- Designing and validating control plans to sustain gains after process improvements are implemented
Module 5: Sustaining Improvements Through Standardization
- Developing standardized work documents that reflect updated processes and are accessible at point of use
- Integrating revised procedures into training programs for new and existing employees
- Establishing regular gemba walks to verify compliance with new standards and identify deviations
- Creating process ownership roles to maintain accountability for sustained performance
- Updating performance management systems to include waste reduction and adherence to standards
- Revising maintenance schedules and checklists to prevent equipment-related waste
Module 6: Change Management and Organizational Alignment
- Identifying key stakeholders whose workflows or metrics will be affected by waste reduction initiatives
- Addressing resistance by involving frontline staff in improvement activities and idea generation
- Communicating progress using metrics that resonate with different levels of the organization
- Managing conflicting priorities between short-term operational demands and long-term improvement goals
- Aligning incentive structures to reward team-based problem solving rather than individual output
- Scaling successful pilot improvements to other departments while adapting to local conditions
Module 7: Measuring Impact and Driving Continuous Improvement
- Calculating financial impact of waste reduction by linking operational changes to cost savings
- Tracking leading indicators (e.g., number of kaizen events, employee suggestions) alongside lagging results
- Conducting periodic waste assessments to identify emerging sources of inefficiency
- Using control charts to monitor process stability after improvements are implemented
- Integrating waste reduction goals into regular operational reviews and performance dashboards
- Establishing a backlog of improvement opportunities prioritized by effort, impact, and strategic alignment
Module 8: Scaling and Institutionalizing Waste Reduction
- Designing a center of excellence to maintain methodology consistency across business units
- Developing internal coaching capabilities to reduce reliance on external consultants
- Standardizing improvement project selection and approval processes enterprise-wide
- Integrating lean and Six Sigma principles into capital project evaluations and process design
- Updating IT systems to support real-time data access for continuous improvement activities
- Embedding waste reduction expectations into supplier contracts and performance reviews
